Authors: Muhammad Luthfi Sonjaya, Mutmainnah, Muh Farid Hidayat
Abstract: This paper presents the design and development of plastic waste extruding machine to provide 3D printing filaments. The motivation of this research is to create a 3D printer filament from plastic waste using simple machine components. In addition, another goal is to redesign an autonomous-extruding machine to manufacture 3D printing filament. The research process begins with design, needs analysis, machine rebuilding and electrical assembly, machine function testing, analysis of filament, and filament testing in a 3D printing machine. The categories of shredded plastic material were plastic cups (polypropylene, PP) and a mixture of plastic bottles (polyethylene terepththalate, PET) and plastic cups (polypropylene, PP). The analysis of the research was the capacity of the extrusion machine, the best temperature in producing filaments based on shapes and sizes, and testing of 3D printing filaments of plastic waste which was applied to the 3D printing machine. The result showed that 190°C was the greater temperature to heat the barrel, the machine capacity of each plastic waste category, and the characteristic plastic waste was almost similar compared to the market filament of polylactic acid (PLA) in terms of filament size and 3D printing machine parameter.
International Journal of Mechanics, E-ISSN: 1998-4448, Volume 16, 2022, Art. #10
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